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CIVILWAR DAY 24 - KWA (ESTIMATION,FM)

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

The finishing of the inside and outside walls in a second-class building requires:

a)

Plastering with 12 mm cement mortar of mix 1:3

b)

Plastering with 12 mm cement mortar of mix 1:6

c)

15 mm cement plastered mix 1:4

d)

Wall painting with two coats of emulsion

2.

For painting or varnishing doors or windows with one coat, how many square meters can a painter complete per day?

a)

50 sq.m

b)

25 sq.m

c)

100 sq.m

d)

35 sq.m

3.

The life expectancy of a terraced floor or lime concrete is

a)

10 years

b)

20 years

c)

30 years

d)

40 years

4.

What is the outturn of mason constructing stone arch work?

a)

0.40 cu.m

b)

0.55 cu.m

c)

0.80 cu.m

d)

0.90 cu.m

5.

Which of the following statement(s) is true?

i) Pressure occurs when the flow from the pump is subjected to a resistance
ii) The mechanical action of the pump creates a vacuum at the inlet port, which allows atmospheric pressure to force liquid from the reservoir into the pump.

a)

(i) only

b)

(ii) only

c)

(i) and (ii)

d)

None of the above

6.

Pelton wheel is a

a)

Tangential flow turbine

b)

Radial flow turbine

c)

Mixed flow turbine

d)

Axial flow turbine

7.

The flow velocity of oil flowing through a hydraulic pipe having 20 mm diameter and a flow rate of 18 litres per minute is:

a)

300/π m/s

b)

300/π cm/s

c)

300 cm/s

d)

300 m/s

8.

What is the finishing for the outside walls of a First Class Building?

a)

White wash only

b)

Distemper

c)

Colored snowcem washed 2 coats over 1 coat of white wash

d)

Plastered with marble chips

9.

In the figure below, a force of 100 kilogram is applied on the smaller cylinder ‘A’ having cross-sectional area of 1 cm². The force acting perpendicularly on piston B is:

a)

100 kg

b)

500 kg

c)

500 kg/cm²

d)

100 kg/cm²

10.

The best hydraulic section of a trapezoidal channel under favourable structural conditions is:

a)

b = 2 d tan(θ/2)

b)

b = d tan(θ/2)

c)

b = 2 d tan θ

d)

b = d tan θ